These are very few challenges that aerospace and defense companies are handle in industries characterized naturally by complex products, in-depth supply chains, and markets over decades with many, often shifting, participants. Significant investment, effort, and technology have produced tremendous progress in this area, but the continued need for industry growth and efficiency demanded more. Aerospace

The Aerospace and Defense (A & D) organization is not a new thing in the Internet of Thing (IoT). In industries where the second split decision is made daily, IoT sensors and automation are commonplace. The amount of data generated by average aviation is enough to divert the mind. For example, a single engine plane

Its suitability for complex parts, short production output, light weight, and lower tool changes can reduce the cost and recovery time. 3D printing has allowed the aerospace company to create complex components previously unlikely with traditional techniques. This fosters innovation while reducing cost and recovery time in a complex and highly regulated environment. Materialist produces software

More than 80% of leading executives in aerospace and defense companies expect to see artificial intelligence (AI) systems working alongside their human employees in just the next few years, according to the latest annual edition of Accenture’s Technology Vision report. What is more, Accenture and some of its top-tier aerospace clients already are using AI systems in

The aerospace and defense (A&D) industry are enjoying slow yet steady growth. The industry grew by 2.4% in 2016 to $674.4 billion, which slightly outpaced the United States’ GDP growth of 2.3%. This was driven by continued growth in the European A&D industry, increased global defense spending in the US, as well as increased revenue in

The Internet of Things, What you need to understand? The Internet of Things, What you need to understand? IoT is the network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, actuators, and network connectivity which enable these objects to connect and exchange data.Each thing is uniquely identifiable through its